Xerox Corporation

Global Packaging Systems, LLC

Steven Donald Bush

Michael J Duggan

Peter J Schmitt

Thomas Charles Coller

James R Lee

Jin Wu

Lin Ma

Lanhui Zhang

Eugene A Swain

Kyle B Tallman

John J Wilbert

Mark E Klino

Richard A Vangrol

Raphael A Marcello

Joseph A Tumminelli

Liang-Bih Lin

Daniel Levy

Linda L Ferrarese

Marc J Livecchi

Charles J Urso, Iii

Henry T Mastalski

Michael A Morgan

Jean D Van Epps, Jr

Sherri A Colon

Kathryn A Wallace

Keith Raymond Woerner

An outboard marine propulsion system with a closed loop lower unit heat exchanger is described. The closed loop lower unit heat exchanger provides improved cooling to outboard marine propulsion units and increases engine life compared with traditional open loop cooling systems, particularly in harsh environments such as salt water, brackish water, swamp, shallow or sediment and debris rich water. The closed loop lower unit heat exchanger also provides improved performance to the outboard marine propulsion system when mounted to an appropriate portion of the lower unit of the outboard marine engine such as the anti-cavitation plate.

Outboard marine propulsion system with closed loop lower unit heat exchanger

A marine propulsion unit is described. The marine propulsion unit allows for shallow, obstructed, or otherwise impeded operation of a vessel through a novel marine propulsion transfer unit that is, or can be, mechanically coupled to an outboard motor or other similar marine motor. A mount for raising and lowering the marine propulsion unit in a generally vertical direction allows for adjustment of operating depth of the marine propulsion unit to accommodate a wide range of operating conditions from shallow and obstructed water to traditional deep water operation.

Marine propulsion unit

The presently disclosed embodiments are directed to imaging members for use in electrostatographic, including digital, apparatuses. More particularly, the embodiments pertain to processes for preparing the substrate of such imaging members that use laser technology.

Process for preparing an electrophotographic imaging member

The presently disclosed embodiments relate generally to methods for the removal of coatings from an imaging member for use in electrostatographic, including digital, apparatuses. More particularly, the embodiments pertain to a method for removing at least one electrophotographic imaging layer from an electrophotographic imaging member using ultra-high pressure water.

Process for water stripping of photoreceptors

A photoconductor containing a supporting substrate, a photogenerating layer, and at least one charge transport layer which contains a fluoroalkyl ester.

Photoconductor containing fluoroalkyl ester charge transport layers

A photoconductor containing an optional supporting substrate, a photogenerating layer, at least one charge transport layer, and an overcoating layer in contact with and contiguous to the charge transport layer, and which overcoating layer includes a fluoroalkyl ester, and a polymer.

Overcoated photoconductors containing fluorinated esters

Disclosed is a venting assembly for a dip coating system, a dip coating system utilizing such venting assembly, and related method for dip coating. These aspects are particularly directed for the production of organic photoconductor layers in imaging devices, and more particularly to drum photoreceptors. The venting assembly eliminates or significantly reduces coating defects otherwise occurring in the production of drum photoreceptors. Also disclosed are the drum photoreceptors produced by this assembly, apparatus and coating process.

Venting assembly for dip coating apparatus and related processes

An assembly and method is described as employing a polymeric plug member. The plug member is used in the bottom portion of a photoreceptor drum to prevent leakage of the coating solution into the interior of a photoreceptor drum during dip-coating.

Photoreceptor plug to enable universal chuck capability

A one-piece sponge cleans and removes coating material from the bottom edge, inside and outside surface of a photoreceptor drum. The one-piece sponge has an inner sponge section and an outer sponge section, both with internal channels to remove solvent and dissolved coating material.

One-piece bottom edge wipe sponge for cleaning a photoreceptor drum

An apparatus including: a tank with a closed base end and an open top end, and adapted to contain a coating formulation; and a receiver member with at least a cone shape, where the base of the cone is attached to the interior and to the base end of the tank and adapted to receive an article for coating.

Coating apparatus and processes thereof

Coating apparatus

A process including providing a hollow imaging drum having a first end, a second end, an outside surface, an inside surface and coating material on both the inside surface and the outside surface at at least the first end, simultaneously contacting the coating material on both the inside surface and the outside surface at the first end of the drum with resilient foam material, flowing liquid solvent for the coating material to the foam material where the foam material contacts the first end of the drum, the foam material being insoluble in the flowing solvent, producing relative movement between the foam material and the drum to simultaneously wipe both the inside surface and the outside surface of the first end of the drum with the foam material and solvent material and simultaneously remove coating material from the inside surface and the outside surface of the first end of the drum, and flowing the solvent away from the drum to carry away coating material removed from the inside surface and the outside surface of the first end of the drum.

Growing community of inventors

Red Creek, NY, United States of America

Steven Donald Bush